cckrot.blogg.se - Matlab 2012 colorbar title

Spatial_basis_file = osldir( 'parcellations', 'fmri_d100_parcellation_with_PCC_reduced_2mm_ss5mm_') ROInets 2 - Amplitude envelope connectivity analysisįirst, we will load an SPM object containing our data, and select a parcellation for the analysis D = spm_eeg_load(osldir( 'example_data', 'roinets_example', 'subject_1'))

ROInets 3 - Group network connectivity analysis.

ROInets 2 - Amplitude envelope connectivity analysis.

ROInets 1 - Introduction to orthogonalization.

Preproc - AFRICA (ICA artefact removal).

OAT 2 - Sensorspace Time-Frequency Analysis.

available_aesĪ vector of character strings listing the aestheticsĭf <- id (X1 = 1 : 10, X2 = 1 : 10 ) df $ value <- df $ X1 * df $ X2 p1 <- ggplot ( df, aes ( X1, X2 ) ) + geom_tile ( aes (fill = value ) ) p2 <- p1 + geom_point ( aes (size = value ) ) # Basic form p1 + scale_fill_continuous (guide = "colourbar" ) p1 + scale_fill_continuous (guide = guide_colourbar ( ) ) p1 + guides (fill = guide_colourbar ( ) ) # Control styles # bar size p1 + guides (fill = guide_colourbar (barwidth = 0.5, barheight = 10 ) ) # no label p1 + guides (fill = guide_colourbar (label = FALSE ) ) # no tick marks p1 + guides (fill = guide_colourbar (ticks = FALSE ) ) # label position p1 + guides (fill = guide_colourbar (label.position = "left" ) ) # label theme p1 + guides (fill = guide_colourbar (label.theme = element_text (colour = "blue", angle = 0 ) ) ) # small number of bins p1 + guides (fill = guide_colourbar (nbin = 3 ) ) # large number of bins p1 + guides (fill = guide_colourbar (nbin = 100 ) ) # make top- and bottom-most ticks invisible p1 + scale_fill_continuous ( limits = c ( 0, 20 ), breaks = c ( 0, 5, 10, 15, 20 ), guide = guide_colourbar (nbin = 100, draw.ulim = FALSE, draw. If 0 (default), the order is determined by a secret algorithm. Multiple guides are displayed, not the contents of the guide itself. Positive integer less than 99 that specifies the order of The highest value is on the top and the lowest value is on the bottom order

One of "horizontal" or "vertical." default.unitĪ character string indicating grid::unit() draw.ulimĪ logical specifying if the upper limit tick marks shouldĪ logical specifying if the lower limit tick marks shouldĪ character string indicating the direction of the guide. ticks.linewidthĪ numeric specifying the width of the tick marks. frame.linewidthĪ numeric specifying the width of the frameĪ numeric specifying the linetype of the frameĪ logical specifying if tick marks on the colourbar should beĪ string specifying the colour of the tick marks. If NULL (the default), no frame is drawn. Note that not all graphics devices are capable of renderingĪ string specifying the colour of the frameĭrawn around the bar. If FALSE then the colourbar is rendered as a set of If TRUE then the colourbar is rendered as a

A smoother colourbar results from a larger value. nbinĪ numeric specifying the number of bins for drawing theĬolourbar. label.hjustĪ numeric specifying horizontal justification of theĪ numeric specifying vertical justification of the labelĪ numeric or a grid::unit() object specifying label.themeĪ theme object for rendering the label text. One of "top", "bottom" (default for horizontal guide), "left", or title.hjustĪ number specifying horizontal justification of theĪ number specifying vertical justification of the title Specified by legend.title in theme() or theme. (default for a horizontal guide), or "right." title.themeĪ theme object for rendering the title text. One of "top" (default for a vertical guide), "bottom", "left" title.positionĪ character string indicating the position of a Specified in labs() is used for the title. ( waiver()), the name of the scale object or the name Available_aes = c ( "colour", "color", "fill" ),Ī character string or expression indicating a title of guide.